The Delta Bar Flowmeter has been widely used by people in all walks of life. Everyone knows that it has its own characteristics and applications. But what is the difference between delta flowmeters and other instrumentation in specific applications? Where is its advantage?
1. Firstly, Delta Bar Flowmeter developed on the basis of other differential pressure flowmeters. It has the inherent advantages of other differential pressure flowmeters, but on this basis, it certainly has its unique place, Delta. The Bar Flow Meter is based on its unique sensor setup, which allows the measurement accuracy, repeatability and reliability of a single source to reach a new level.
2. The energy-saving effect of delta bar flowmeters on medium-pressure steam pipes. It is well-known that the pressure loss of standard throttling devices is greater than that of other flow meters. The pressure loss on the pipes is larger, and the power source losses are greater. However, the delta bar flow meter in this aspect is the same as the V-cone flow meter explained in the previous section, and it truly achieves the purpose of energy saving according to its own design.
3. It is convenient to modify the measurement range of delta flowmeter. Unlike the previous standard throttling device, if the parameters of the site are changed, then the diameter of the hole should be recalculated according to the new parameters and reinstalled. The comparison of delta bar flowmeters is much simpler. Like wedge flowmeters, as long as the maximum differential pressure is recalculated based on the parameters of the site, directly changing the relative range of the differential pressure transmitter can achieve the measurement purpose.
After knowing the advantages of Delta Bar Flowmeter in application, we can make more targeted choices when choosing, so that our use can achieve the best results.
Installation and precautions of track connecting rod oil seal
The installation steps for the track link oil seal are as follows:
1. Cleaning: Clean the connecting parts to ensure that the surface is flat, clean, and free of grease and dirt.
2. Oil application: Apply a layer of lubricating oil to the connecting parts for better installation.
3. Installation: Gently push the oil seal into the connection area to ensure that the lip of the oil seal is not damaged.
4. Positioning: After positioning the oil seal, press it with your fingers to ensure it is in the correct position.
5. Inspection: Check if the oil seal is installed correctly and ensure that the lip is not damaged.
The precautions are as follows:
Before installation, check if the oil seal is damaged. If the oil seal is damaged, replace it with a new one.
Before installation, ensure that the surface of the connecting parts is flat, clean, and free of grease and dirt.
3. When installing the oil seal, gently push in to avoid damaging the lip of the oil seal.
4. After installation, check whether the oil seal is installed correctly to ensure that the lip is not damaged.
5. During use, the condition of the oil seal should be regularly checked. If any damage or wear is found, the oil seal should be replaced in a timely manner.
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